E516 Hydraulic Feeding Machine for Electric Power-Global supplier

Tianxiang Filter Products Factory, Private Industrial Park, Minzhong Town, Zhongshan City, Guangdong Province, China

硅胶注射机

Feeding machine host Automatic Distributor Group

1. One click automatic bucket removal technology application, safe and automatic bucket removal.

2. Three, four, and six optional automatic distributor groups are available to reduce manual operation and improve the automation level of the equipment.

3. Optional: Intelligent no overflow automatic injection design, mold needs to be modified accordingly.

4. Formula memory system makes debugging work more convenient.

5. Humanized and visualized protection design.

6. Servo motor injection system, precise control of injection volume.

name	unit	Parameters
Feeding pressure (pump body outlet)	Mpa	0-50
Maximum injection speed	L/min	5
Static mixing tube		3/4 inch diameter, 300mm
Feeding	rise	200L/20L (including large and small pressure plates)
Quantity of material buckets	only	2
Power requirements		380V/50HZ,4000W
Mixing ratio		1：1
air pressure	Kgf/cm²	6
Proportional accuracy		error±Within 1.5%
Maximum air consumption	ft^3/min	5
Servo motor power	KW	4
Equipment dimensions		1800(L)x1000(W)x1540(H)
Pipeline (3/4 inch resin pipe)	rice	5
The materials along the path of the adhesive material (listed separately)		Material of specific parts: The material of the pressure plate is aluminum alloy, the material of the glue gun for the mixer is stainless steel, and the material of the glue pipeline is resin pipe
operating mode		10.1-inch human-machine interface

Characteristics of E516 feeding system

1. Measurement and conveying system with open-loop control of AB ratio

E516 has achieved the most important technical indicator for the feeding system - proportioning accuracy, realizing open-loop control and improving the proportioning accuracy of the LSR feeder by an order of magnitude.

2. Servo hydraulic continuous synchronous metering system

In terms of measurement, we have developed and designed a servo hydraulic continuous synchronous measurement system based on the measurement characteristics of the feeding system in the power industry. It breaks the traditional hydraulic control method and adopts a servo motor gear pump structure. The synchronous structure adopts compensation design to ensure the durability of the equipment. This system has the advantages of quietness, no maintenance, cleanliness, no oil, and low energy consumption, and has been well received in the industry!

Due to the use of servo hydraulic station control in the injection system, the stability and repeatability of the injection system have been greatly improved, making your injection parameters more accurate and debugging more convenient.

3. One click bucket removal, safe and reliable

The general feeding system has serious safety hazards during the barrel replacement operation. If the operation is improper, it can cause a sharp increase in air pressure inside the raw material barrel. At the moment when the pressure plate separates from the barrel mouth, it can cause a "barrel explosion" phenomenon, and sometimes even pose a danger to the personal safety of the operator. This has always been one of the challenges in the industry. Kawasaki's latest patented technology enables one click completion of the bucket removal operation, allowing various tedious series of actions to be automatically completed by the computer, completely avoiding the possibility of manual operation errors. The system automatically completes the bucket removal process, safely and stably stopping the pressure plate at the bucket mouth, waiting for the operator's next operation.

This technology has been applied to all Kawasaki feeding systems, making Kawasaki feeding system the safest feeding system in the industry.

4. Digitization of equipment parameters

Many parameters of traditional feeders are not displayed. E516 digitally monitors the condition of raw materials and digitizes pressure and output speed. The pneumatic system of the feeding system is digitally regulated using an electrical proportional valve.

The above important parameters can be monitored and adjusted through the touch screen.